Carlisle Interconnect Technologies Datasheets for RF and Microwave Connectors

RF and microwave connectors are used to connect the ends of cables in systems that operate in the radio frequency (RF) or microwave spectrum. They include threaded or bayonet-style couplings that snap, screw, or push into place.
RF and Microwave Connectors: Learn more

Product Name Notes
Block Style Phase Adjusters provide up to 18 GHz, low insertion loss, smooth continuous phase adjustment and rugged compact housing. There is no external length change. Up to 18GHz Low...
Cable Style Phase Adjusters provide up to 26 GHz. smooth continuous phase adjustment and positive resettable locking mechanism. Cable configurations that are available include .141, .085 and .047 OD. Up...
Carlisle Interconnect Technologies (CarlisleIT) CoreHC™ is a high performance multi-port interconnect system with 4mm spacing pitch. It offers excellent signal integrity for complex layouts and crowded PCBs used in a...
Carlisle Interconnect Technologies advances the design of the traditional push-on connectors with the new line of SMP-L connectors, which add a patent pending locking mechanism referred to as Secure-Lok™ to...
Carlisle Interconnect Technologies ARINC 600 connectors feature the complete line of layouts and meet the applicable performance and environmental portions of the ARINC specifications. Following the ARINC document, CarlisleIT offers...
Carlisle Interconnect Technologies has added several Multiport Connectors to the standard push-on interconnect interfaces to facilitate even higher packaging density for today’s RF/Microwave systems. The product range consists of several...
Carlisle Interconnect Technologies introduces the XMP™ interconnect series designed to provide a convenient blindmateable solution, specifically for ultra-high power applications. Frequency Range: DC - 5 GHz 50 Ω Impedance; Blidmateable...
Carlisle Interconnect Technologies launched the SMP “push-on” connector product line about two decades ago to facilitate dense packaging within RF/Microwave systems. The SMP interface has enabled design engineers to increase...
Carlisle Interconnect Technologies’ TMP® series was designed to provide a convenient blindmateable interconnect solution specifically for high power applications. Frequency Range: DC - 23 GHz 50 Ω Impedance; Blind-mateable configuration...
Carlisle Interconnect Technologies’ WMP® series was designed to satisfy demand for increased package density and reduced weight in microwave systems. Frequency Range: DC – 100 GHz 50 Ω Impedance; Blidmateable...
Carlisle Interconnect Technologies' (CarlisleIT) Field Replaceable PCB connectors are designed to simplify board trace testing and save time and expense with a solderless installation, eliminating the risk for damaging sensitive...
CarlisleIT ARINC 404 filter connectors feature the complete line of standard ARINC layouts and meet the applicable performance and environmental portions of the ARINC and SAE specifications. These connectors provide...
CarlisleIT offers a variety of customized options for SMA right angle adapters, which include non-standard lengths, different connector options and additional testing. Complete family of straight & SMA right-angle adapters...
CarlisleIT’s line of K connectors (also referred to as SMK) is the same as the 2.92mm connectors used heavily in microwave systems up to 40 GHz. The K connector series...
CarlisleIT’s line of SMA connectors is a higher performance and superior quality version of the ubiquitous SMA connector that continues to be an essential building block of most RF/Microwave systems.
In order to facilitate adapting from one connector configuration to another, we also offer between-series adapters for different connection types. In this case, the frequency range is limited by the...
Military and aerospace avionics suppliers can design electromagnetic pulse (EMP) and lightning protection into their modern equipment prior to encountering a catastrophic failure. CarlisleIT can offer this protection using less...
Our comprehensive inventory of Avionics RF connectors are designed and fabricated to meet MIL-C-39012, ARINC 600, ARINC 404 and other industry specifications. These connectors can withstand the punishment of avionics...
Revamp almost any antenna installation with our FlightGear™ Blind Mate Connector and reap the benefits of easy antenna maintenance! This innovative blind mate connector from CarlisleIT provides a number of...
The 2.4mm connector line mainly consists of Adapters for use in microwave modules and systems.
The BNC Connector continues to be the predominant choice in low frequency RF and Aerospace applications. We carry a variety of BNC cable connectors that provide superior performance to 4...
The new Secure-Thread series for the SSMP® and WMP® connector systems lead the industry in providing high signal integrity in one of the smallest threadedlock connector interfaces available. The connector...
The Phase Adjustable Adapters provide up to 50 GHz, low insertion loss and smooth continuous phase adjustment. They have positive resettable locking mechanism. Up to 50 GHz Low insertion loss...
The SSMA connector is essentially a smaller version of the SMA connector. It was mainly designed for board-to-board connections, and is commonly used with .085 semi-rigid cables. The SSMA connector...
The SSMP® Push-On, blind-mate system provides a Micro-Miniature interface that can be used as a smaller and lighter version of the SMP interconnect system. Frequency Range: DC - 40 GHz...
Though originally designed for 1 GHz applications, most 
Type N connectors are now rated to 18 GHz. CarlisleIT’s Type N connectors are designed as per the MIL-STD-348 standard interface, and...
TNC connectors cover the frequency range of DC – 11 GHz. Although TNC connectors were originally designed for Military/Defense and Space Applications, they have also become a common interface in...
With the introduction of the industry’s first swept rightangle microwave adapter in the 1970s, the Carlisle name has become synonymous with precision RF and Microwave adapters. Since then, we have...